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PROJECT # 1 DUE NAME : The following table shows that number of millions of metric tons of carbon dioxide ( co. ] emissions from biomass energy...
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PROJECT # 1 DUENAME :3. The following table shows that number of millions of metric tons of carbon dioxide ( co. ]emissions from biomass energy combustion in a country for selected years from 2010 andprojected to 2032.WearCO 2 Emissions ( millions ofYear[O` Emissions ( millions ofmetric tons !metric tons!20103.37.3201225.53.42012\357 . 62024595.52014\39 8. 92026$ 20.32016421 . 72020GEZ. 22018\4.54.62030704. 32020| 496 .62037748.5SOURCE: U.S. EPA]& . Create a scatter plot of the data , with * equal to the number of years after 2000 and Yequal tothe millions of metric tons of [Oz . You may use EXCEL.If use MI-84 + graph calculator USE WINDOW [0 . 30, 21 by |0. 500 , 10 01b . Create a Z~` degree [Quadratic Regression ) using Your TI- graph or using Excel Add Trendline*select Polynomial order ? that model's the data, with* equal to the number of years after 2000Round to & decimal places .W/=` ME[. Create a 3 ~` degree ( Cubic Regression ) using Your TI- Bragh or using Excel Add Trendline selectPolynomial order & that models the data , with* Equal to the number of years after 2000. Round to3. decimal places .in1 =A`. Use the two models part b and part [ to predict the [O ; Emissions in 2.0125In Quadratic .`In Cubic *E. USE technology to approximate the year in which [Of emissions are projected to be 500 millionmetric tons with the model . ('n TL- Bragh use " intersect feature ] . You may show your graphby using www. desmos com then Snipping it or print it out .